Unified Endpoint Management (UEM)

What is unified endpoint management (UEM)?

UEM (Unified Endpoint Management) is a centralized IT architecture that allows organizations to discover, manage and secure an entire device fleet from one interface. By combining traditional client management with modern management protocols, UEM provides total visibility into every endpoint — including desktops, laptops, smartphones, tablets and IoT devices — regardless of their operating system or location.

How unified endpoint management works

UEM platforms serve as the operational hub for the device lifecycle by interfacing with management agents and native OS APIs to execute several core functions:

• Automated device enrollment and provisioning: streamlines onboarding by shipping hardware directly to users; configurations, enterprise applications and security profiles apply automatically upon initial power-on.
• Security and compliance management: allows IT administrators to remotely enforce encryption, distribute patches and monitor device health through posture checks, secure access to data and apps on any device before granting access to corporate resources.
• Application management: enables IT to remotely distribute, update and manage corporate applications across all device types, ensuring a consistent software stack for every employee.
• Remote monitoring and support: provides real-time visibility into device performance, allowing IT teams to troubleshoot and resolve issues without either requiring a physical connection to the corporate network or impacting end user productivity.

Key components of UEM software

To provide a specialized administrative experience, a comprehensive UEM solution must integrate the following components:

• Unified console: a single interface to manage all device types and operating systems.
• Automated discovery engine: tools to identify every managed and unmanaged device on the network.
• Modern Device Management (MDM): protocols specifically for mobile-centric security and configuration.
• Client Management Tools (CMT): traditional agent-based management for desktops, servers and laptops.
• Identity and Access Management (IAM) Integration: secure authentication to ensure only authorized users access corporate resources.

UEM vs. Traditional endpoint management

Traditional management often relies on fragmented point solutions, whereas UEM offers a consolidated approach:

• Traditional: Managed via separate consoles for mobile and desktop; often requires a persistent VPN connection for updates; uses manual workflows.
• UEM: managed via a single console for all devices; operates over any internet connection (cloud-native); uses automated provisioning and self-service.

UEM vs. Autonomous endpoint management (AEM)

While standard UEM provides centralized control and streamlined workflows, Autonomous Endpoint Management (AEM) represents an evolution into a predictive and protective system:

• Standard UEM: requires IT-initiated actions for patching, troubleshooting and compliance updates.
• AEM: leverages AI and real-time telemetry to identify and remediate issues — such as software bugs or vulnerabilities — autonomously, often before a disruption occurs.

Related: The Autonomous Endpoint Management Advantage Report

Why UEM matters for modern IT

As Everywhere Work shifts, the corporate perimeter, organizations move beyond fragmented endpoint management tools. Ivanti UEM solutions address this by consolidating management for Windows, macOS, Linux, iOS, Android and ChromeOS into a unified framework, closing the security gaps inherent in multi-tool environments.

Benefits of unified endpoint management

• Simplified management across device types: managing all endpoints from one dashboard removes the overhead of maintaining redundant tools and specialized administrative teams.
• Enhanced security posture: eliminating visibility gaps between mobile and desktop environments creates a consistent defense against evolving cyber threats.
• Improved user experience: automated onboarding and proactive troubleshooting allow employees to stay productive on their preferred devices from any location.
• Reduced IT complexity and costs: combining specialized administrative tasks into a unified framework reduces total cost of ownership and operational friction.

Common UEM use cases

UEM is applied across various real-world scenarios to solve modern IT challenges:

• Remote workforce enablement: managing and securing employee devices that rarely or never connect to a physical office network.
• BYOD (Bring Your Own Device) security: segregating personal data from corporate data on employee-owned smartphones and tablets.
• Kiosk and dedicated device management: Securing purpose-built hardware like warehouse scanners, digital signage or retail kiosks.
• Rapid hardware refresh: automating the configuration of thousands of new laptops during a large-scale technology rollout.

Related: Secure Unified Endpoint Management Report

What does UEM software include?

A robust UEM solution provides a comprehensive suite of tools designed to handle the complexity of heterogeneous device environments.

Key UEM capabilities: detailed feature breakdown

A detailed feature breakdown typically includes the following:

• Discover and inventory all your endpoints: Instantly detect new and unknown devices on your network via active and passive scanning and third-party connectors.
• Efficiently manage and secure all your devices across the entire lifecycle: Manage all your endpoints – including iOS, iPadOS, macOS, Android, Windows, Zebra, Oculus devices and wearables – and support both modern and client management.
• Deliver AI-powered self-healing and self-service capabilities: Provide a 360-degree view of devices, users, applications and services, with real-time, contextualized insights.
• Optimize endpoint performance and maintenance costs: Deliver real-time IT intelligence across the enterprise in seconds or minutes, not days.
• Robust application management and deployment: Deploy applications and manage updates with a single, intuitive tool.

UEM integration capabilities: How it connects with existing IT infrastructure

Modern UEM software must connect seamlessly with existing IT infrastructure to maximize its impact:

• ITSM integration: connecting device data to service desk workflows for faster incident resolution.
• ITAM integration: unifying endpoint management with asset lifecycle and financial data.
• Security ecosystem ties: sharing data with EDR (Endpoint Detection and Response) and XDR platforms to strengthen the zero-trust framework.

Who needs unified endpoint management?

Any organization managing more than a handful of devices can benefit from the centralized control UEM provides.

Industries using UEM

• Healthcare: managing mobile tablets for patient care while maintaining strict HIPAA compliance.
• Retail: securing point-of-sale systems and handheld inventory scanners across hundreds of locations.
• Education: deploying and protecting thousands of Chromebooks or tablets for student learning.
• Finance: protecting sensitive financial data on laptops used by highly mobile executives.

Company size considerations

While enterprise-scale organizations use UEM to manage tens of thousands of devices, small to medium-sized businesses (SMBs) use UEM to maintain professional security standards without requiring a massive IT staff.

Getting started with UEM

Moving toward a unified model requires a strategic evaluation of your current goals and infrastructure.

How to evaluate UEM solutions

When vetting platforms, consider the following criteria:

• Platform breadth: Does the solution support all your current and future operating systems?
• Deployment flexibility: Do you require a cloud-native solution, on-premises management or a hybrid model?
• Automation maturity: Does the platform offer autonomous capabilities to reduce manual ticketing?

UEM implementation best practices

• Inventory first: Perform a full discovery of your environment to understand your starting point.
• Phased rollout: Start with a pilot group before deploying policies to the entire organization.
• Focus on the user: Ensure the security policies you implement do not hinder employee productivity.